miRNet

Network: Background: View: Layout: Node: Edge: Scope: Download: View Options

scope:
size:

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shape:
width:

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other nodes:

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Node scope:

Node size:

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Tip: You can keep clicking on a node to increase its size

Node scope:

Node shape:

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You can hide all node labels to better visualize the network structure

Label display option: Submit

The color scheme will be applied globally

Sequential

Diverging

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Opacity

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Tip: consider reducing opacity value for larger networks to improve viewing experience

Thickness

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Tip: Also consider reducing edge thickness value for larger networks to improve viewing experience

No node is selected! The node with the highest degree value (within the whole network) will be the focal node

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Multiple nodes are selected! The node with the highest degree value (within the selected nodes) will be the focal node

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Name	Hits	Pval	adj.Pval	Color

Query:
Algorithm:
Database: Submit

	Module	Size	Pval	Color

Algorithm: Submit

Enter a list of node IDs (one per row):
Option:
Set other nodes to default:

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From To Submit Reset

Right click the PNG image to save as your preferred name

Use with caution - for large networks, scaling to 3X can freeze your browse!

Scaling factor:

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By default, force-directed algorithm is used for the graph layout:

Use top-left panel Global Node Styles to update node styles (size, color) for different types; Nodes with more than one annotations (i.e. both gene and lncRNA) will show as piecharts;
To change the network layout, choose a different option under Layout drop-down in the top menu
To reduce node overlap, click on button located in the vertical toolbar.
Enrichment analysis can be performed one genes or miRNAs using Enrichment Explorer panel located on the right side.
From the enrichment result table, click a row to show genes or miRNAs involved in the network.